Cross-Validating a Bidimensional Mathematics Anxiety Scale
Abbreviated Journal Title
mathematics anxiety; Mathematics Anxiety Scale; mathematics education; psychometric property; factor analysis; RATING-SCALE; MEASUREMENT ERROR; NUMBER; COMPONENTS; ACHIEVEMENT; DIMENSIONS; STUDENTS; Psychology, Clinical
The psychometric properties of a 14-item bidimensional Mathematics Anxiety Scale-Revised (MAS-R) were empirically cross-validated with two independent samples consisting of 647 secondary school students. An exploratory factor analysis on the scale yielded strong construct validity with a clear two-factor structure. The results from a confirmatory factor analysis indicated an excellent model-fit (chi(2) = 98.32, df = 62; normed fit index = .92, comparative fit index = .97; root mean square error of approximation = .04). The internal consistency (.85), test-retest reliability (.71), interfactor correlation (.26, p < .001), and positive discrimination power indicated that MAS-R is a psychometrically reliable and valid instrument for measuring mathematics anxiety. Math anxiety, as measured by MAS-R, correlated negatively with student achievement scores (r = -.38), suggesting that MAS-R may be a useful tool for classroom teachers and other educational personnel tasked with identifying students at risk of reduced math achievement because of anxiety.
"Cross-Validating a Bidimensional Mathematics Anxiety Scale" (2011). Faculty Bibliography 2010s. 7062.